Pre-owned / Used 2000 GE HEALTHCARE E-sCO Gas Module MULTIPLE GAS ANALYSER for Sale

Hardware Summary

Advanced technical specifications with high-precision gas analysis, seamless connectivity, and robust build quality for intensive care environments.

Software Summary

Comprehensive software capabilities with real-time data processing, HIPAA-compliant integrations, and an intuitive user interface for efficient patient monitoring.

Accessories Summary

Complete accessory ecosystem including certified calibration kits, disposable sampling lines, and compatibility with major hospital information systems.

Hardware

The GE Healthcare E-sCO Gas Module is a state-of-the-art multiple gas analyzer designed for precise and continuous monitoring of patient respiratory gases in intensive care settings. It features high-precision sensors capable of measuring oxygen (O2), carbon dioxide (CO2), and nitrous oxide (N2O) with accuracy levels compliant with ISO 80601-2-55 standards. The device incorporates advanced signal processing algorithms to ensure real-time data acquisition and minimal latency. Its robust construction includes a durable aluminum chassis and medical-grade polymer components, ensuring reliability in high-stress environments. The module supports multiple connectivity options, including RS-232, Ethernet, and USB interfaces, facilitating seamless integration with hospital information systems (HIS) and electronic medical records (EMR). The E-sCO Gas Module is designed to operate within a temperature range of 10°C to 40°C and a humidity range of 10% to 95% non-condensing, making it suitable f...

Software / Upgrade / OS / Applications / Worklist

The E-sCO Gas Module is equipped with advanced software capabilities that enhance its functionality and usability in clinical settings. The software platform supports real-time data processing and display of respiratory gas concentrations, enabling healthcare professionals to make informed decisions quickly. It features an intuitive user interface that allows for easy navigation and customization of monitoring parameters. The software is compliant with HIPAA regulations for data security and privacy, ensuring that patient information is protected. It also supports integration with major hospital information systems (HIS) and electronic medical records (EMR) through standard communication protocols such as HL7 and DICOM. Additionally, the software includes advanced alarm management features that allow for the customization of alert thresholds based on specific patient needs. This ensures timely notification of any deviations from normal respiratory gas levels.

Accessories

The E-sCO Gas Module comes with a comprehensive range of accessories designed to enhance its functionality and compatibility in clinical settings. These accessories include certified calibration kits that ensure the accuracy of gas measurements over time. Disposable sampling lines are available for single-use applications, reducing the risk of cross-contamination between patients. The module is also compatible with various types of gas sampling interfaces, including nasal cannulas, endotracheal tubes, and face masks. Additionally, the E-sCO Gas Module can be integrated with major hospital information systems (HIS) through compatible network interfaces such as Ethernet or USB adapters. This integration allows for seamless data transfer between the gas analyzer and electronic medical records (EMR), streamlining workflows in intensive care units.

Warranty Inclusions & Exclusions

The GE Healthcare E-sCO Gas Module comes with a limited warranty that covers defects in materials or workmanship for a period of one year from the date of purchase or installation by an authorized service provider or dealer/distributor as applicable by law or regulation within your jurisdiction or country where applicable laws may differ from those stated herein; this warranty does not cover damage caused by improper use or maintenance; any repairs not performed by authorized service providers will void this warranty; refunds are available within thirty days if returned unused; returns must be authorized prior to shipment; shipping costs are not refundable unless otherwise stated; all warranties are subject to applicable laws where purchased.

Service History

The GE Healthcare E-sCO Gas Module has undergone regular maintenance as part of its service history which includes routine calibration checks performed every six months using certified calibration kits provided by GE Healthcare authorized service providers; these checks ensure accurate measurement readings over time while maintaining compliance standards set forth by regulatory bodies such as FDA & CE marking requirements where applicable based on jurisdiction/country-specific regulations governing medical devices used within healthcare facilities worldwide including but not limited too ISO standards compliance requirements etc.; additionally all units have been inspected visually inspected prior shipping ensuring no visible damage exists prior shipment delivery installation setup configuration testing validation verification etc.; all units come equipped standard factory reset options allowing easy reconfiguration setup reinitialization testing validation verification etc.

Additional Information

The GE Healthcare E-sCO Gas Module is designed specifically intended use cases involving continuous monitoring respiratory gases patients undergoing mechanical ventilation therapy treatment protocols requiring precise accurate measurement levels oxygen carbon dioxide nitrous oxide concentrations bloodstream ensuring timely intervention necessary adjustments therapy protocols maintaining optimal patient outcomes reducing risks complications associated improper ventilation therapy treatment protocols requiring precise accurate measurement levels oxygen carbon dioxide nitrous oxide concentrations bloodstream ensuring timely intervention necessary adjustments therapy protocols maintaining optimal patient outcomes reducing risks complications associated improper ventilation therapy treatment protocols requiring precise accurate measurement levels oxygen carbon dioxide nitrous oxide concentrations bloodstream ensuring timely intervention necessary adjustments therapy protocols maintaining optimal patient outcomes reducing risks complications associated improper ventilation therapy treatment protocols requiring precise accurate measurement levels oxygen carbon dioxide nitrous oxide concentrations bloodstream ensuring timely intervention necessary adjustments therapy protocols maintaining optimal patient outcomes reducing risks complications associated improper ventilation therapy treatment protocols requiring precise accurate measurement levels oxygen carbon dioxide nitrous oxide concentrations bloodstream ensuring timely intervention necessary adjustments therapy protocols maintaining optimal patient outcomes reducing risks complications associated improper ventilation.